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Copy pathReleaseSumRatioProton.C
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ReleaseSumRatioProton.C
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void plot_sum_average_ratio()
{
double zwidth[12]= {0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.05,0.1};
double zwidthH[4]= {0.1,0.1,0.2,0.2};
////////////read in txt files
double m_u[2][9][6][12];double me_u[2][9][6][12];
double sys_a[2][9][6][12];
double z[2][9][6][12];
double x[2][9][6][12];
for(int jj=0; jj<9; jj++)
for(int kk=0; kk<6; kk++)
for(int ll=0; ll<12; ll++)
for(int ii=0; ii<2; ii++)
{
m_u[ii][jj][kk][ll]=0 ;
me_u[ii][jj][kk][ll]=0;
sys_a[ii][jj][kk][ll]=0.;
z[ii][jj][kk][ll]=0.;
x[ii][jj][kk][ll]=0.;
}//jj
///////////////////read in multiplicity
int ii=-1; int jj=-1; int kk=-1; int hh=-1; int ll=-1;
double jjj=0; double kkk=0; double iii=0;
double xa_totalp=0; double ya_totalp=0; double q2a_totalp=0;double z_kaonp=0;
double mp=0;double mep=0;double sysp=0;double leptoflagp=0;
double xa_totaln=0;double ya_totaln=0;double q2a_totaln=0;double z_kaonn=0;
double mn=0;double men=0;double sysn=0;double leptoflagn=0;
ifstream IN1;
IN1.open("./data/MultiplicityKaon_2006.txt", ifstream::in);
for(int j=0; j<40000; j++)
{
if (! IN1.eof() )
{
IN1>>iii>>jjj>>kkk>>xa_totalp>>ya_totalp>>q2a_totalp>>z_kaonp>>mp>>mep>>sysp>>leptoflagp>>xa_totaln>>ya_totaln>>q2a_totaln>>z_kaonn>>mn>>men>>sysn>>leptoflagn;
//
if(iii>0)ii=0;if(iii>0.0045)ii=1;if(iii>0.015)ii=2;if(iii>0.025)ii=3;if(iii>0.035)ii=4;if(iii>0.045)ii=5;if(iii>0.065)ii=6;if(iii>0.13)ii=7;if(iii>0.16)ii=8;
if(jjj>0)jj=0;if(jjj>0.105)jj=1;if(jjj>0.155)jj=2;if(jjj>0.205)jj=3;if(jjj>0.305)jj=4;if(jjj>0.505)jj=5;
if(kkk>0)kk=0;if(kkk>0.21)kk=1;if(kkk>0.251)kk=2;if(kkk>0.31)kk=3;if(kkk>0.351)kk=4;if(kkk>0.41)kk=5;if(kkk>0.451)kk=6;if(kkk>0.51)kk=7;if(kkk>0.551)kk=8;if(kkk>0.61)kk=9;if(kkk>0.651)kk=10;if(kkk>0.71)kk=11;
if(ii>-1&&jj>-1&&kk>-1){
m_u[1][ii][jj][kk]=mp;
me_u[1][ii][jj][kk]=mep;
sys_a[1][ii][jj][kk]=sysp;
z[1][ii][jj][kk]=z_kaonp;
x[1][ii][jj][kk]=xa_totalp;
//
m_u[0][ii][jj][kk]=mn;
me_u[0][ii][jj][kk]=men;
sys_a[0][ii][jj][kk]=sysn;
z[0][ii][jj][kk]=z_kaonn;
x[0][ii][jj][kk]=xa_totaln;
if((jj==0&&ii==8)||(jj==4&&(ii==7||ii==8))){
m_u[1][ii][jj][kk]=0;
me_u[1][ii][jj][kk]=9999999999999;
sys_a[1][ii][jj][kk]=0;
//
m_u[0][ii][jj][kk]=0;
me_u[0][ii][jj][kk]=9999999999999;
sys_a[0][ii][jj][kk]=0;
}
//
if(m_u[0][ii][jj][kk]==0)z[0][ii][jj][kk]=-10;
if(m_u[0][ii][jj][kk]==0)m_u[0][ii][jj][kk]=-10;
if(m_u[0][ii][jj][kk]==0)me_u[0][ii][jj][kk]=0;
if(m_u[1][ii][jj][kk]==0)z[1][ii][jj][kk]=-10;
if(m_u[1][ii][jj][kk]==0)m_u[1][ii][jj][kk]=-10;
if(m_u[1][ii][jj][kk]==0)me_u[1][ii][jj][kk]=-0;
jjj=kkk=iii=xa_totalp= ya_totalp= q2a_totalp= z_kaonp = mp= mep= sysp= leptoflagp=xa_totaln= ya_totaln= q2a_totaln= z_kaonn=mn= men= sysn= leptoflagn=0;
}
}
}
IN1.close();
//
cout<<"done reading COMPASS kaon"<<endl;
/////////////////read in q2 xBs///////////for a better average (has counts and x-values)
double x_total[4][9][6][12];
double x_counts[4][9][6][12];
double q_total[4][9][6][12];
double q_counts[4][9][6][12];
double y_total[4][9][6][12];
double y_counts[4][9][6][12];
double qq; double nq; double xx; double nx; double yy; double ny; double dummy;
for(int hh=0; hh<4; hh++)
for(int jj=0; jj<9; jj++)
for(int kk=0; kk<6; kk++)
for(int ll=0; ll<12; ll++)
{
x_total[hh][jj][kk][ll]=0;
x_counts[hh][jj][kk][ll]=0;
q_total[hh][jj][kk][ll]=0;
q_counts[hh][jj][kk][ll]=0;
y_total[hh][jj][kk][ll]=0;
y_counts[hh][jj][kk][ll]=0;
}
qq=nq =xx =nx=yy =ny=0;
IN1.open("./data/Q2_xB_y_for_allbins_MC.txt", ifstream::in);
for(int j=0; j<40000; j++)
{
if (! IN1.eof() )
{
IN1>>hh>>ii>>jj>>ll>>qq>>nq>>xx>>nx>>yy>>ny>>dummy>>dummy>>dummy>>dummy;
if(hh>-1&&ii>-1&&jj>-1&&ii<9&&ll>-1){
if(xx>0)x_total[hh][ii][jj][ll]=nx/xx;
if(xx>0)x_counts[hh][ii][jj][ll]=xx;
if(qq>0)q_total[hh][ii][jj][ll]=nq/qq;
if(qq>0)q_counts[hh][ii][jj][ll]=qq;
if(yy>0)y_total[hh][ii][jj][ll]=ny/yy;
if(yy>0)y_counts[hh][ii][jj][ll]=yy;
cout<<"x : "<<x_total[hh][ii][jj][ll]<<endl;
hh=ii=jj=kk=-1; qq=nq =xx =nx=yy =ny=0;
}
}
}
IN1.close();
double zerror[12] ={0.};
///////////////// AVERAGE (done with statistical weights) ///////////////////////////
double avg_sys[2][2][9][12];//correlated = avg_sys[1], uncorelated = avg_sys[0]
double avg_sys_plotb[2][2][9][12]; //this is to make the white filling on K- systematic band on the average plot
double avg_totsys[2][2][9][12]; //this is to make the systematic bands on the average plot
double avg_m[2][2][9][12];//average multiplicity
double avg_em[2][2][9][12];//avergae multiplicity statistical error
double avg_x[9]; double temp_count[9];//average x for sum and ratio plots
double avg_q[9]; double temp_countq[9];//average q2
double avg_z[2][2][9][12]; //average z for the average plot
double temp_countz[2][2][9][12];
for(int dd=0;dd<2;dd++)
for(int pp=0;pp<2;pp++)
for(int ii=0;ii<9;ii++)
for(int jj=0;jj<12;jj++){
avg_z[pp][dd][ii][jj]=0;
temp_countz[pp][dd][ii][jj]=0;
avg_m[pp][dd][ii][jj] =0;
avg_em[pp][dd][ii][jj] =0;
avg_sys[pp][dd][ii][jj] =0;
}
TGraphErrors *dmult_avg[2][2][9];
TGraphErrors *h_ratio_2d[9];
TGraphAsymmErrors *R00[9];
double avg_eratio[9][12]; double avg_ratio[9][12]; double avg_sratio[9][12];
//for systematic bands:
double errorx[12]= {0.05/2,0.05/2,0.05/2,0.05/2,0.05/2,0.05/2,0.05/2,0.05/2,0.05/2,0.05/2,0.05/2,0.1/2};
double z_avg[12]= {0.2+0.05/2,0.25+0.05/2,0.3+0.05/2,0.35+0.05/2,0.4+0.05/2,0.45+0.05/2,0.5+0.05/2,0.55+0.05/2,0.6+0.05/2,0.65+0.05/2,0.7+0.05/2,0.75+0.1/2};
double z_avgb[12]= {0.2+0.05/2+0.005,0.25+0.05/2,0.3+0.05/2,0.35+0.05/2,0.4+0.05/2,0.45+0.05/2,0.5+0.05/2,0.55+0.05/2,0.6+0.05/2,0.65+0.05/2,0.7+0.05/2,0.75+0.1/2};
double ysys[12] = {0};
double yoffset[4][12];
double yoffsetb[2][12];
for(int ll=0; ll<12; ll++)
{yoffset[1][ll] = -0.2;
yoffset[0][ll] = -0.35;
yoffsetb[0][ll] = -0.34;
yoffset[2][ll] = 0.65;
yoffset[3][ll] = 0.1;
yoffset[1][ll] = -0.035;
yoffset[0][ll] = -0.061;
yoffsetb[0][ll] = -0.0595;
}
TGraphAsymmErrors *A00[2][2][9];
TGraphAsymmErrors *A00b[2][2][9];
for(int jj=0; jj<9; jj++)
{
for(int ii=0; ii<2; ii++)
{
for(int ll=0; ll<12; ll++)
{
for(int kk=0; kk<5; kk++)
{
if(((jj==0||jj==4)&&kk==8)||(jj==4&&kk==7));else{ //remove badbins
if(m_u[ii][jj][kk][ll]>0&&me_u[ii][jj][kk][ll]>0){
avg_m[1][ii][jj][ll] += (m_u[ii][jj][kk][ll])/pow(me_u[ii][jj][kk][ll],2);
avg_z[1][ii][jj][ll] += (z[ii][jj][kk][ll])/pow(me_u[ii][jj][kk][ll],2);
if(avg_m[1][ii][jj][ll]>0)avg_sys[1][ii][jj][ll] += (pow(0.8*sys_a[ii][jj][kk][ll],2))/pow(me_u[ii][jj][kk][ll],4);//fully correlated
if(avg_m[1][ii][jj][ll]>0)avg_sys[0][ii][jj][ll] += 0.6*sys_a[ii][jj][kk][ll]/pow(me_u[ii][jj][kk][ll],2);//fully uncorrelated
avg_em[1][ii][jj][ll] += (pow(me_u[ii][jj][kk][ll],-2));
}
}//remove badbins
}//kk
if(avg_m[1][ii][jj][ll]>0){
avg_z[1][ii][jj][ll] = avg_z[1][ii][jj][ll]/avg_em[1][ii][jj][ll];
avg_m[1][ii][jj][ll] =avg_m[1][ii][jj][ll]/avg_em[1][ii][jj][ll];
avg_sys[1][ii][jj][ll] = sqrt(avg_sys[1][ii][jj][ll]/pow(avg_em[1][ii][jj][ll],2));//fully correlated
avg_sys[0][ii][jj][ll] = avg_sys[0][ii][jj][ll]/avg_em[1][ii][jj][ll];//fully uncorrelated
avg_totsys[1][ii][jj][ll] = sqrt(pow(avg_sys[0][ii][jj][ll],2)+pow(avg_sys[1][ii][jj][ll],2));
avg_sys_plotb[1][ii][jj][ll] = avg_totsys[1][ii][jj][ll]-0.0032;
avg_em[1][ii][jj][ll] = 1/sqrt(avg_em[1][ii][jj][ll]);}
if(avg_m[0][ii][jj][ll]>0){
avg_m[0][ii][jj][ll] =avg_m[0][ii][jj][ll]/avg_em[0][ii][jj][ll];
avg_em[0][ii][jj][ll] = 1/sqrt(avg_em[0][ii][jj][ll]);}
if(ii==1) {
avg_eratio[jj][ll]=avg_sratio[jj][ll]=avg_ratio[jj][ll]=0;
avg_ratio[jj][ll] = avg_m[1][1][jj][ll]/avg_m[1][0][jj][ll];
avg_eratio[jj][ll] = avg_m[1][1][jj][ll]/avg_m[1][0][jj][ll]*sqrt(pow(avg_em[1][0][jj][ll]/avg_m[1][0][jj][ll],2)+pow(avg_em[1][1][jj][ll]/avg_m[1][1][jj][ll],2));
avg_sratio[jj][ll] = sqrt( pow(((avg_sys[1][1][jj][ll]+avg_m[1][1][jj][ll])/(avg_sys[1][0][jj][ll]+avg_m[1][0][jj][ll])-(avg_sys[1][1][jj][ll]-avg_m[1][1][jj][ll])/(avg_sys[1][0][jj][ll]-avg_m[1][0][jj][ll]))/2,2)+(avg_ratio[jj][ll]*(pow(avg_sys[0][1][jj][ll]/avg_m[1][1][jj][ll],2)+pow(avg_sys[0][0][jj][ll]/avg_m[1][0][jj][ll],2)))); //pippo
cout<<"AVERAGE: "<<avg_ratio[jj][ll]<<" "<<avg_eratio[jj][ll]<<" "<<avg_z[1][0][jj][ll]<<endl;
}
}//ll
if(jj>0)dmult_avg[0][ii][jj] = new TGraphErrors(12,avg_z[0][ii][jj],avg_m[0][ii][jj],zerror,avg_em[0][ii][jj]);
else dmult_avg[0][ii][jj] = new TGraphErrors(12,avg_z[0][ii][jj],avg_m[0][ii][jj],zerror,avg_em[0][ii][jj]);
if(jj>0)dmult_avg[1][ii][jj] = new TGraphErrors(12,avg_z[1][ii][jj],avg_m[1][ii][jj],zerror,avg_em[1][ii][jj]);
else dmult_avg[1][ii][jj] = new TGraphErrors(12,avg_z[1][ii][jj],avg_m[1][ii][jj],zerror,avg_em[1][ii][jj]);
if(jj>0 ){
A00[0][ii][jj] = new TGraphAsymmErrors(12,z_avg , yoffset[ii], errorx, errorx, ysys,avg_totsys[0][ii][jj] );
A00[1][ii][jj] = new TGraphAsymmErrors(12,z_avg , yoffset[ii], errorx, errorx, ysys,avg_totsys[1][ii][jj] );
if(jj<4){
A00b[0][ii][jj] = new TGraphAsymmErrors(8,z_avgb , yoffsetb[ii], errorx, errorx, ysys,avg_sys_plotb[0][ii][jj] );
A00b[1][ii][jj] = new TGraphAsymmErrors(8,z_avgb , yoffsetb[ii], errorx, errorx, ysys,avg_sys_plotb[1][ii][jj] );}
else if(jj<6) {
A00b[0][ii][jj] = new TGraphAsymmErrors(6,z_avgb , yoffsetb[ii], errorx, errorx, ysys,avg_sys_plotb[0][ii][jj] );
A00b[1][ii][jj] = new TGraphAsymmErrors(6,z_avgb , yoffsetb[ii], errorx, errorx, ysys,avg_sys_plotb[1][ii][jj] );}
else {
A00b[0][ii][jj] = new TGraphAsymmErrors(4,z_avgb , yoffsetb[ii], errorx, errorx, ysys,avg_sys_plotb[0][ii][jj] );
A00b[1][ii][jj] = new TGraphAsymmErrors(4,z_avgb , yoffsetb[ii], errorx, errorx, ysys,avg_sys_plotb[1][ii][jj] );}
}
else {
A00[0][ii][jj] = new TGraphAsymmErrors(10,z_avg , yoffset[ii], errorx, errorx, ysys,avg_totsys[0][ii][jj] );
A00[1][ii][jj] = new TGraphAsymmErrors(10,z_avg , yoffset[ii], errorx, errorx, ysys,avg_totsys[1][ii][jj] );
A00b[0][ii][jj] = new TGraphAsymmErrors(8,z_avgb , yoffsetb[ii], errorx, errorx, ysys,avg_sys_plotb[0][ii][jj] );
A00b[1][ii][jj] = new TGraphAsymmErrors(8,z_avgb , yoffsetb[ii], errorx, errorx, ysys,avg_sys_plotb[1][ii][jj] );}
for(int mm=0;mm<2;mm++){
if(ii==1){
dmult_avg[mm][ii][jj]->SetMarkerColor(kRed); dmult_avg[mm][ii][jj]->SetLineColor(kRed);
dmult_avg[mm][ii][jj]->SetMarkerStyle(kFullCircle); dmult_avg[mm][ii][jj]->SetMarkerSize(1.5);
A00[mm][ii][jj]->SetFillColor(kRed);
}
else if(ii==0){
dmult_avg[mm][ii][jj]->SetMarkerColor(kBlue); dmult_avg[mm][ii][jj]->SetLineColor(kBlue);
dmult_avg[mm][ii][jj]->SetMarkerStyle(24); dmult_avg[mm][ii][jj]->SetMarkerSize(1.2);
A00[mm][ii][jj]->SetFillColor(kBlue);
A00b[mm][ii][jj]->SetFillColor(kWhite);
}}//mm
}//ii
h_ratio_2d[jj]= new TGraphErrors(12,avg_z[1][0][jj],avg_ratio[jj],zerror,avg_eratio[jj]);
h_ratio_2d[jj]->SetMarkerColor(kRed); h_ratio_2d[jj]->SetLineColor(kRed);
h_ratio_2d[jj]->SetMarkerStyle(kFullCircle); h_ratio_2d[jj]->SetMarkerSize(1.5);
if(jj==0) R00[jj] = new TGraphAsymmErrors(10,z_avg , yoffset[2], errorx, errorx, ysys,avg_sratio[jj]);
else if(jj<5)R00[jj] = new TGraphAsymmErrors(12,z_avg , yoffset[2], errorx, errorx, ysys,avg_sratio[jj]);
else R00[jj] = new TGraphAsymmErrors(12,z_avg , yoffset[3], errorx, errorx, ysys,avg_sratio[jj]);
R00[jj]->SetFillColor(kRed-10);
}//jj
double temp1=0;
double temp2=0;
double tempq1=0;
double tempq2=0;
for(int jj=1; jj<9; jj++)
{
avg_x[jj-1] =0;
temp_count[jj-1]=0;
avg_q[jj-1] =0;
temp_countq[jj-1]=0;
for(int kk=0;kk<6;kk++){
for(int ll=0;ll<12;ll++){
avg_x[jj-1] += (x_total[1][jj][kk][ll]*x_counts[1][jj][kk][ll]);
temp_count[jj-1]+=(x_counts[1][jj][kk][ll]);
avg_q[jj-1] += (q_total[1][jj][kk][ll]*q_counts[1][jj][kk][ll] );
temp_countq[jj-1]+=(q_counts[1][jj][kk][ll]);
}
}
avg_x[jj-1]=avg_x[jj-1]/temp_count[jj-1];
avg_q[jj-1]=avg_q[jj-1]/temp_countq[jj-1];
}
for(int kk=0;kk<6;kk++){
for(int ll=0;ll<12;ll++){
temp1 += (x_total[1][0][kk][ll]*x_counts[1][0][kk][ll]);
temp2 +=(x_counts[1][0][kk][ll]);
tempq1 += (q_total[1][0][kk][ll]*q_counts[1][0][kk][ll] );
tempq2 +=(q_counts[1][0][kk][ll]);
}
}
////////////sum over z
double sum[9];
double sum_e[9];
double ratio[9];
double ratio_e[9];
double sum_m[2][9];
double sum_em[2][9];
double int_sysm[2][9];
double int_sysm_uncorr[2][9];
double summed_sysm[9];
double ratio_sysm[9];
for(int jj=1; jj<9; jj++)
{
sum[jj-1]=0;
sum_e[jj-1]=0;
ratio[jj-1]=0;
ratio_e[jj-1]=0;
summed_sysm[jj-1]=0;
ratio_sysm[jj-1]=0;
for(int ii=0; ii<2; ii++)
{
int_sysm[ii][jj-1]=0;
int_sysm_uncorr[ii][jj-1]=0;
sum_m[ii][jj-1]=0;
sum_em[ii][jj-1]=0;
for(int ll=0; ll<12; ll++)
{
int_sysm[ii][jj-1]+=avg_sys[1][ii][jj][ll]*zwidth[ll];
int_sysm_uncorr[ii][jj-1]+=pow(avg_sys[0][ii][jj][ll]*zwidth[ll],2);
if(avg_m[1][ii][jj][ll]>0){sum_m[ii][jj-1] += avg_m[1][ii][jj][ll]*zwidth[ll];
sum_em[ii][jj-1] += (pow(avg_em[1][ii][jj][ll]*zwidth[ll],2));}
}
sum_em[ii][jj-1]=sqrt(sum_em[ii][jj-1]);
int_sysm_uncorr[ii][jj-1] = sqrt(int_sysm_uncorr[ii][jj-1]);
}
sum[jj-1]=sum_m[0][jj-1]+sum_m[1][jj-1];
sum_e[jj-1]=sqrt(pow(sum_em[0][jj-1],2)+pow(sum_em[1][jj-1],2));
summed_sysm[jj-1]=sqrt(pow(int_sysm[0][jj-1] + int_sysm[1][jj-1],2)+ pow(int_sysm_uncorr[0][jj-1],2)+pow(int_sysm_uncorr[1][jj-1],2));
cout<<"sum: "<<avg_x[jj-1]<<" "<<sum[jj-1]<<" stat: "<<sum_e[jj-1]<<" sys "<<summed_sysm[jj-1]<<endl;
ratio[jj-1]=sum_m[1][jj-1]/sum_m[0][jj-1];
ratio_e[jj-1]=ratio[jj-1]*sqrt(pow(sum_em[0][jj-1]/sum_m[0][jj-1],2)+pow(sum_em[1][jj-1]/sum_m[1][jj-1],2));
ratio_sysm[jj-1]=/*(int_sysm[1][jj-1]-ratio[jj-1]*int_sysm[0][jj-1])/(sum_m[0][jj-1]+int_sysm[0][jj-1]);
*/sqrt( pow(((int_sysm[1][jj-1]+sum_m[1][jj-1])/(int_sysm[0][jj-1]+sum_m[0][jj-1])-(int_sysm[1][jj-1]-sum_m[1][jj-1])/(int_sysm[0][jj-1]-sum_m[0][jj-1]))/2,2)+(ratio[jj-1]*(pow(int_sysm_uncorr[1][jj-1]/sum_m[1][jj-1],2)+pow(int_sysm_uncorr[0][jj-1]/sum_m[0][jj-1],2))));
}
TGraphErrors *dmult_sum = new TGraphErrors(8,avg_x, sum ,zerror,sum_e);
TGraphErrors *dmult_ratio = new TGraphErrors(8,avg_x, ratio,zerror,ratio_e);
double offset1[8]={0.056,0.056,0.056,0.056,0.056,0.056,0.056,0.056};
double offset2[9]={0.093,0.093,0.093,0.093,0.093,0.093,0.093,0.093,0.093};
double offset2r[9]={1.8,1.8,1.8,1.8,1.8,1.8,1.8,1.8,1.8};
double offset3[7]={0.7,0.7,0.7,0.7,0.7,0.7,0.7};
TGraphAsymmErrors *dsys_sum = new TGraphAsymmErrors(8,avg_x ,offset1 , errorx, errorx, ysys,summed_sysm );
TGraphAsymmErrors *dsys_ratio = new TGraphAsymmErrors(8,avg_x ,offset2r , errorx, errorx, ysys,ratio_sysm );
dsys_sum->SetFillColor(kOrange-9); dsys_ratio->SetFillColor(kOrange-9);
dmult_sum->SetMarkerColor(kOrange+7); dmult_sum->SetLineColor(kOrange+7);
dmult_sum->SetMarkerStyle(kFullCircle); dmult_sum->SetMarkerSize(1.63);
dmult_ratio->SetMarkerColor(kOrange+7); dmult_ratio->SetLineColor(kOrange+7);
dmult_ratio->SetMarkerStyle(kFullCircle); dmult_ratio->SetMarkerSize(1.63);
/////////////COMPASS multiplicities from 2016
double psys_a[2][9][12];
double pm_u[2][9][12];
double pme_u[2][9][12];
double pz[2][12][9];
double px[2][12][8];
ifstream IN2;
IN2.open("./data/MultiplicityProton_yavg.txt", ifstream::in);
for(int i=0; i<9; i++)
{
for(int k=0; k<12; k++)
{
IN2>>iii>>kkk>>xa_totalp>>q2a_totalp>>z_kaonp>>mp>>mep>>sysp>>leptoflagp>>xa_totaln>>q2a_totaln>>z_kaonn>>mn>>men>>sysn>>leptoflagn;
pm_u[1][i][k]=mp;
pme_u[1][i][k]=mep;
psys_a[1][i][k]=sysp;
pz[1][k][i]=z_kaonp;
if(i) px[1][k][i-1]=xa_totalp;
//
pm_u[0][i][k]=mn;
pme_u[0][i][k]=men;
psys_a[0][i][k]=sysn;
pz[0][k][i]=z_kaonn;
if(i) px[0][k][i-1]=xa_totaln;
kkk=iii=xa_totalp= ya_totalp= q2a_totalp= z_kaonp = mp= mep= sysp= leptoflagp=xa_totaln= ya_totaln= q2a_totaln= z_kaonn=mn= men= sysn= leptoflagn=0;
}
}
IN2.close();
//
cout<<"Done reading COMPASS 2016 kaon"<<endl;
double psum[9];
double psum_e[9];
double pratio[9];
double pratio_e[9];
double psum_m[2][9];
double psum_em[2][9];
double pint_sysm[2][9];
double pint_sysm_uncorr[2][9];
double psummed_sysm[9];
double pratio_sysm[9];
for(int jj=1; jj<10; jj++)
{
psum[jj-1]=0;
psum_e[jj-1]=0;
pratio[jj-1]=0;
pratio_e[jj-1]=0;
psummed_sysm[jj-1]=0;
pratio_sysm[jj-1]=0;
for(int ii=0; ii<2; ii++)
{
pint_sysm[ii][jj-1]=0;
pint_sysm_uncorr[ii][jj-1]=0;
psum_m[ii][jj-1]=0;
psum_em[ii][jj-1]=0;
// for(int ll=4; ll<8; ll++)
for(int ll=0; ll<12; ll++)
{
pint_sysm[ii][jj-1]+=0.8*sqrt(psys_a[1][ii][ll])*zwidth[ll];
pint_sysm_uncorr[ii][jj-1]+=(1-pow(0.8,2))*psys_a[ii][jj][ll]*pow(zwidth[ll],2);
if(pm_u[ii][jj][ll]>0){psum_m[ii][jj-1] += pm_u[ii][jj][ll]*zwidth[ll];
psum_em[ii][jj-1] += pme_u[ii][jj][ll]*pow(zwidth[ll],2);}
}
psum_em[ii][jj-1]=sqrt(psum_em[ii][jj-1]);
pint_sysm_uncorr[ii][jj-1] = sqrt(pint_sysm_uncorr[ii][jj-1]);
}
psum[jj-1]=psum_m[0][jj-1]+psum_m[1][jj-1];
psum_e[jj-1]=sqrt(pow(psum_em[0][jj-1],2)+pow(psum_em[1][jj-1],2));
psummed_sysm[jj-1]=sqrt(pow(int_sysm[0][jj-1] + int_sysm[1][jj-1],2)+ pow(int_sysm_uncorr[0][jj-1],2)+pow(int_sysm_uncorr[1][jj-1],2));
pratio[jj-1]=psum_m[1][jj-1]/psum_m[0][jj-1];
pratio_e[jj-1]=pratio[jj-1]*sqrt(pow(psum_em[0][jj-1]/psum_m[0][jj-1],2)+pow(psum_em[1][jj-1]/psum_m[1][jj-1],2));
pratio_sysm[jj-1]=/*(int_sysm[1][jj-1]-ratio[jj-1]*int_sysm[0][jj-1])/(sum_m[0][jj-1]+int_sysm[0][jj-1]);
*/sqrt( pow(((pint_sysm[1][jj-1]+psum_m[1][jj-1])/(pint_sysm[0][jj-1]+psum_m[0][jj-1])-(pint_sysm[1][jj-1]-psum_m[1][jj-1])/(pint_sysm[0][jj-1]-psum_m[0][jj-1]))/2,2)+(pratio[jj-1]*(pow(pint_sysm_uncorr[1][jj-1]/psum_m[1][jj-1],2)+pow(pint_sysm_uncorr[0][jj-1]/psum_m[0][jj-1],2))));
}
TGraphErrors *pmult_sum = new TGraphErrors(8,px[0][5], psum ,zerror,psum_e);
TGraphErrors *pmult_ratio = new TGraphErrors(8,px[0][5], pratio,zerror,pratio_e);
double poffset1[9]={0.047,0.047,0.047,0.047,0.047,0.047,0.047,0.047,0.047};
// double poffset1[9]={-0.00,-0.00,-0.00,-0.00,-0.00,-0.00,-0.00,-0.00,-0.00};
double poffset2[9]={0.093,0.093,0.093,0.093,0.093,0.093,0.093,0.093,0.093};
double poffset2r[9]={1.8,1.8,1.8,1.8,1.8,1.8,1.8,1.8,1.8};
// double poffset2r[9]={0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5};
double poffset3[7]={0.7,0.7,0.7,0.7,0.7,0.7,0.7};
TGraphAsymmErrors *psys_sum = new TGraphAsymmErrors(8,px[0][5] ,poffset1 , errorx, errorx, ysys,psummed_sysm );
TGraphAsymmErrors *psys_ratio = new TGraphAsymmErrors(8,px[0][5] ,poffset2r , errorx, errorx, ysys,pratio_sysm );
psys_sum->SetFillColor(kAzure+6); psys_ratio->SetFillColor(kAzure+6);
pmult_sum->SetMarkerColor(kAzure+7); pmult_sum->SetLineColor(kAzure+7);
pmult_sum->SetMarkerStyle(kFullCircle); pmult_sum->SetMarkerSize(1.63);
pmult_ratio->SetMarkerColor(kAzure+7); pmult_ratio->SetLineColor(kAzure+7);
pmult_ratio->SetMarkerStyle(kFullCircle); pmult_ratio->SetMarkerSize(1.63);
/////////////EMC multiplicities - PROTON
double hm_u[2][4] = {{0.003,0.006,0.002,0.007},{0.006,0.01,0.015,0.022}};
double hme_u[2][4] = {{0.001,0.002,0.002,0.011},{0.001,0.003,0.003,0.007}};
double hsys_a[2][4];
double hsum[4];
double hsum_e[4];
double hratio[4];
double hratio_e[4];
double hsum_m[2][4];
double hsum_em[2][4];
double hint_sysm[2][9];
double hint_sysm_uncorr[2][9];
double hsummed_sysm[9];
double hsummed_sysmb[9];
double hratio_sysm[9];
double hratio_sysmb[9];
double hx[4] = {0.03, 0.07, 0.14, 0.3};
double hxb[4];
for(int jj=1; jj<5; jj++)
{
hsum[jj-1]=0;
hsum_e[jj-1]=0;
hratio[jj-1]=0;
hratio_e[jj-1]=0;
hsummed_sysm[jj-1]=0;
hratio_sysm[jj-1]=0;
for(int ii=0; ii<2; ii++)
{
hint_sysm[ii][jj-1]=0;
hint_sysm_uncorr[ii][jj-1]=0;
hsum_m[ii][jj-1]=0;
hsum_em[ii][jj-1]=0;
// hint_sysm[ii][jj-1]+=avg_sys[ii][jj][ll]*zwidth[ll];
hint_sysm_uncorr[ii][jj-1]+=pow(hsys_a[ii][jj-1],2);
if(hm_u[ii][jj-1]>0){hsum_m[ii][jj-1] += hm_u[ii][jj-1];
hsum_em[ii][jj-1] += pow(hme_u[ii][jj-1],2);}
hsum_em[ii][jj-1]=sqrt(hsum_em[ii][jj-1]);
hint_sysm_uncorr[ii][jj-1] = sqrt(hint_sysm_uncorr[ii][jj-1]);
}
hsum[jj-1]=hsum_m[0][jj-1]+hsum_m[1][jj-1];
hsum_e[jj-1]=sqrt(pow(hsum_em[0][jj-1],2)+pow(hsum_em[1][jj-1],2));
hsummed_sysm[jj-1]=sqrt(pow(hint_sysm_uncorr[0][jj-1],2)+pow(hint_sysm_uncorr[1][jj-1],2));
hratio[jj-1]=hsum_m[1][jj-1]/hsum_m[0][jj-1];
hratio_e[jj-1]=hratio[jj-1]*sqrt(pow(hsum_em[0][jj-1]/hsum_m[0][jj-1],2)+pow(hsum_em[1][jj-1]/hsum_m[1][jj-1],2));
hratio_sysm[jj-1]=/*(int_sysm[1][jj-1]-ratio[jj-1]*int_sysm[0][jj-1])/(sum_m[0][jj-1]+int_sysm[0][jj-1]);
*/sqrt( pow(((hint_sysm[1][jj-1]+hsum_m[1][jj-1])/(hint_sysm[0][jj-1]+hsum_m[0][jj-1])-(hint_sysm[1][jj-1]-hsum_m[1][jj-1])/(hint_sysm[0][jj-1]-hsum_m[0][jj-1]))/2,2)+(hratio[jj-1]*(pow(hint_sysm_uncorr[1][jj-1]/hsum_m[1][jj-1],2)+pow(hint_sysm_uncorr[0][jj-1]/hsum_m[0][jj-1],2))));
}
for(int jj=0; jj<4; jj++)
{
hsummed_sysmb[jj]=0;
hxb[jj] = hx[jj];
hsummed_sysmb[jj]=hsummed_sysm[jj]-0.001;
hratio_sysmb[jj]=hratio_sysm[jj]-0.02;
}
hxb[0]=hxb[0]+0.0005;
hxb[3]=hxb[3]-0.006;
double hoffseth2b[9]={1.07+0.01,1.07+0.01,1.07+0.01,1.07+0.01,1.07+0.01,1.07+0.01,1.07+0.01,1.07+0.01,1.07+0.01};
double hoffseth2[9]={1.07,1.07,1.07,1.07,1.07,1.07,1.07,1.07,1.07};
double hoffset2h[12]={0.093,0.093,0.093,0.093,0.093,0.093,0.093,0.093,0.093, 0.093, 0.093, 0.093};
double hoffseth1b[12]={0.093+0.0005,0.093+0.0005,0.093+0.0005,0.093+0.0005,0.093+0.0005,0.093+0.0005,0.093+0.0005,0.093+0.0005,0.093+0.0005,0.093+0.0005,0.093+0.0005,0.093+0.0005};
TGraphErrors *hmult_sum = new TGraphErrors(4,hx, hsum ,zerror,hsum_e);
TGraphAsymmErrors *hsys_sum = new TGraphAsymmErrors(4,hx ,hoffset2h , errorx, errorx, ysys,hsummed_sysm );
TGraphAsymmErrors *hsys_sumb = new TGraphAsymmErrors(4,hxb ,hoffseth1b , errorx, errorx, ysys,hsummed_sysmb );
TGraphErrors *hmult_ratio = new TGraphErrors(4,hx, hratio ,zerror,hratio_e);
TGraphAsymmErrors *hsys_ratio = new TGraphAsymmErrors(4,hx ,hoffseth2 , errorx, errorx, ysys,hratio_sysm);
TGraphAsymmErrors *hsys_ratiob = new TGraphAsymmErrors(4,hxb ,hoffseth2b , errorx, errorx, ysys,hratio_sysmb );
hsys_sum->SetFillColor(kViolet-4); hsys_ratio->SetFillColor(kViolet-4);
hsys_sumb->SetFillColor(kWhite); hsys_ratiob->SetFillColor(kWhite);
hmult_sum->SetMarkerColor(kViolet); hmult_sum->SetLineColor(kViolet);
hmult_sum->SetMarkerStyle(25); hmult_sum->SetMarkerSize(1.63);
hmult_ratio->SetMarkerColor(kViolet); hmult_ratio->SetLineColor(kViolet);
hmult_ratio->SetMarkerStyle(25); hmult_ratio->SetMarkerSize(1.63);
/////////////HERMES multiplicities from 2013/2014 publications - DEUTERON
double hdsys_a[2][9][4];
double hdm_u[2][9][4];
double hdme_u[2][9][4];
double hdx[2][4][9];
ifstream IN5;
IN5.open("./data/HERMESK+Deut.txt", ifstream::in);
for(int k=0; k<4; k++)
{
for(int i=0; i<9; i++)
{
IN5>>xa_totalp>>xa_totaln>>mp>>mep>>men>>sysp>>sysn;
hdm_u[1][i][k]=mp;
hdme_u[1][i][k]=mep;
hdsys_a[1][i][k]=sysp;
hdx[1][k][i]=xa_totalp;
kkk=iii=xa_totalp= ya_totalp= q2a_totalp= z_kaonp = mp= mep= sysp= leptoflagp=xa_totaln= ya_totaln= q2a_totaln= z_kaonn=mn= men= sysn= leptoflagn=0;
}
}
IN5.close();
//
cout<<"done reading HERMES K+"<<endl;
ifstream IN6;
IN6.open("./data/HERMESK-Deut.txt", ifstream::in);
for(int k=0; k<4; k++)
{
for(int i=0; i<9; i++)
{
IN6>>xa_totaln>>xa_totalp>>mn>>men>>mep>>sysn>>sysp;
hdm_u[0][i][k]=mn;
hdme_u[0][i][k]=men;
hdsys_a[0][i][k]=sysn;
hdx[0][k][i]=xa_totaln;
kkk=iii=xa_totalp= ya_totalp= q2a_totalp= z_kaonp = mp= mep= sysp= leptoflagp=xa_totaln= ya_totaln= q2a_totaln= z_kaonn=mn= men= sysn= leptoflagn=0;
}
}
IN6.close();
//
cout<<"done reading HERMES K-"<<endl;
double hdsum[9];
double hdsum_e[9];
double hdratio[9];
double hdratio_e[9];
double hdsum_m[2][9];
double hdsum_em[2][9];
double hdint_sysm[2][9];
double hdint_sysm_uncorr[2][9];
double hdsummed_sysm[9];
double hdsummed_sysmb[9];
double hdratio_sysm[9];
double hdratio_sysmb[9];
double hdxb[9];
for(int jj=1; jj<10; jj++)
{
hdsum[jj-1]=0;
hdsum_e[jj-1]=0;
hdratio[jj-1]=0;
hdratio_e[jj-1]=0;
hdsummed_sysm[jj-1]=0;
hdratio_sysm[jj-1]=0;
for(int ii=0; ii<2; ii++)
{
hdint_sysm[ii][jj-1]=0;
hdint_sysm_uncorr[ii][jj-1]=0;
hdsum_m[ii][jj-1]=0;
hdsum_em[ii][jj-1]=0;
for(int ll=0; ll<4; ll++)
{
// hint_sysm[ii][jj-1]+=avg_sys[ii][jj][ll]*zwidth[ll];
hdint_sysm_uncorr[ii][jj-1]+=pow(hdsys_a[ii][jj-1][ll]*zwidthH[ll],2);
if(hdm_u[ii][jj-1][ll]>0){hdsum_m[ii][jj-1] += hdm_u[ii][jj-1][ll]*zwidthH[ll];
hdsum_em[ii][jj-1] += pow(hdme_u[ii][jj-1][ll]*zwidthH[ll],2);}
}
hdsum_em[ii][jj-1]=sqrt(hdsum_em[ii][jj-1]);
hdint_sysm_uncorr[ii][jj-1] = sqrt(hdint_sysm_uncorr[ii][jj-1]);
}
hdsum[jj-1]=hdsum_m[0][jj-1]+hdsum_m[1][jj-1];
hdsum_e[jj-1]=sqrt(pow(hdsum_em[0][jj-1],2)+pow(hdsum_em[1][jj-1],2));
hdsummed_sysm[jj-1]=sqrt(pow(hdint_sysm_uncorr[0][jj-1],2)+pow(hdint_sysm_uncorr[1][jj-1],2));
hdratio[jj-1]=hdsum_m[1][jj-1]/hdsum_m[0][jj-1];
hdratio_e[jj-1]=hdratio[jj-1]*sqrt(pow(hdsum_em[0][jj-1]/hdsum_m[0][jj-1],2)+pow(hdsum_em[1][jj-1]/hdsum_m[1][jj-1],2));
hdratio_sysm[jj-1]=/*(int_sysm[1][jj-1]-ratio[jj-1]*int_sysm[0][jj-1])/(sum_m[0][jj-1]+int_sysm[0][jj-1]);
*/sqrt( pow(((hdint_sysm[1][jj-1]+hdsum_m[1][jj-1])/(hdint_sysm[0][jj-1]+hdsum_m[0][jj-1])-(hdint_sysm[1][jj-1]-hdsum_m[1][jj-1])/(hdint_sysm[0][jj-1]-hdsum_m[0][jj-1]))/2,2)+(hdratio[jj-1]*(pow(hdint_sysm_uncorr[1][jj-1]/hdsum_m[1][jj-1],2)+pow(hdint_sysm_uncorr[0][jj-1]/hdsum_m[0][jj-1],2))));
}
for(int jj=0; jj<9; jj++)
{
hdsummed_sysmb[jj]=0;
hdxb[jj] = hdx[0][0][jj];
hdsummed_sysmb[jj]=hdsummed_sysm[jj]-0.001;
hdratio_sysmb[jj]=hdratio_sysm[jj]-0.02;
}
hdxb[0]=hdxb[0]+0.0005;
hdxb[8]=hdxb[8]-0.006;
double hdoffseth2b[9]={1.21+0.01,1.21+0.01,1.21+0.01,1.21+0.01,1.21+0.01,1.21+0.01,1.21+0.01,1.21+0.01,1.21+0.01};
double hdoffseth2[9]={1.21,1.21,1.21,1.21,1.21,1.21,1.21,1.21,1.21};
double hdoffset2h[12]={.097,.097,.097,.097,.097,.097,.097,.097,.097, .097, .097, .097};
double hdoffseth1b[12]={.097+0.0005,.097+0.0005,.097+0.0005,.097+0.0005,.097+0.0005,.097+0.0005,.097+0.0005,.097+0.0005,.097+0.0005,.097+0.0005,.097+0.0005,.097+0.0005};
TGraphErrors *hdmult_sum = new TGraphErrors(9,hdx[0][0], hdsum ,zerror,hdsum_e);
TGraphAsymmErrors *hdsys_sum = new TGraphAsymmErrors(9,hdx[0][0] ,hdoffset2h , errorx, errorx, ysys,hdsummed_sysm );
TGraphAsymmErrors *hdsys_sumb = new TGraphAsymmErrors(9,hdxb ,hdoffseth1b , errorx, errorx, ysys,hdsummed_sysmb );
TGraphErrors *hdmult_ratio = new TGraphErrors(9,hdx[0][0], hdratio ,zerror,hdratio_e);
TGraphAsymmErrors *hdsys_ratio = new TGraphAsymmErrors(9,hdx[0][0] ,hdoffseth2 , errorx, errorx, ysys,hdratio_sysm);
TGraphAsymmErrors *hdsys_ratiob = new TGraphAsymmErrors(9,hdxb ,hdoffseth2b , errorx, errorx, ysys,hdratio_sysmb );
hdsys_sum->SetFillColor(kOrange-9); hdsys_ratio->SetFillColor(kOrange-9);
hdsys_sumb->SetFillColor(kWhite); hdsys_ratiob->SetFillColor(kWhite);
hdmult_sum->SetMarkerColor(kOrange+7); hdmult_sum->SetLineColor(kOrange+7);
hdmult_sum->SetMarkerStyle(30); hdmult_sum->SetMarkerSize(1.63);
hdmult_ratio->SetMarkerColor(kOrange+7); hdmult_ratio->SetLineColor(kOrange+7);
hdmult_ratio->SetMarkerStyle(30); hdmult_ratio->SetMarkerSize(1.63);
/////////////////template for plots///////////
gROOT->SetStyle("Plain");
gStyle->SetPalette(1);
gStyle->SetOptStat(0);
gStyle->SetErrorX(0);
gStyle->SetLabelFont(132, "xy");
gStyle->SetTitleFont(132,"xy");
gStyle->SetTitleAlign(33);
gStyle->SetTitleSize(0.06);
gStyle->SetPadColor(0);
gStyle->SetNdivisions(705, "X");
gStyle->SetNdivisions(805, "Y");
gStyle->SetLabelOffset(0.04, "Y");
gStyle->SetPadRightMargin(0.02);
gStyle->SetPadTopMargin(0.025);//0.02
gStyle->SetPadLeftMargin(0.13);//0.135
gStyle->SetPadBottomMargin(0.1); //0.13
TLatex title3;
title3.SetTextFont(132);
title3.SetTextSize(0.06);
title3.SetTextAlign(11);
title3.SetNDC();
TLatex y_t_axis_bins;
y_t_axis_bins.SetTextFont( 132 );
y_t_axis_bins.SetTextAlign(23);
y_t_axis_bins.SetTextSize( 0.38 );
TMarker markerp; TMarker markerd; TMarker markerh; TMarker markerhd;
// TH2F *mAxis2 = new TH2F("mAxis2","",100,0.,1,100,-0.0015,0.058);//-0.2,3.7
TH2F *mAxis2 = new TH2F("mAxis2","",100,0.,1,100,0.045,0.1);//-0.2,3.7
mAxis2->GetYaxis()->SetLabelSize(0.06);
mAxis2->GetXaxis()->SetLabelSize(0.06);
mAxis2->GetYaxis()->SetTitleSize(0.065);
mAxis2->GetYaxis()->SetTitleOffset(1);
mAxis2->GetYaxis()->SetLabelOffset(0.01);
mAxis2->GetXaxis()->SetTitleSize(0.06);
mAxis2->GetXaxis()->SetLabelOffset(-0.007);
TCanvas *c_can2 = new TCanvas("c_acc2", "Kaon sum (x) compass and hermes data",970,650);//
TPad *spad00 = new TPad("spad00","The first subpad",0.0,0.01,1,1);
c_can2->SetFillStyle(4000);
c_can2->SetFrameFillStyle(4000);
spad00->SetFillStyle(4000); //will be transparent
spad00->SetFrameFillStyle(4000);
spad00->Draw();
spad00->cd();
gPad->SetLogx();
mAxis2->Draw("axis");/*dsys_sum->Draw("3");*/psys_sum->Draw("3"); /*hsys_sum->Draw("3");hsys_sumb->Draw("3"); hdsys_sum->Draw("3");hdsys_sumb->Draw("3");dmult_sum->Draw("P");*/pmult_sum->Draw("P"); /*hmult_sum->Draw("P"); hdmult_sum->Draw("P");*/
//////////////
c_can2->cd();
y_t_axis_bins.SetTextAlign(12);
y_t_axis_bins.SetTextSize( 0.065 );
y_t_axis_bins.DrawLatex( 0.93, 0.05, "#font[ 12]{x}");
y_t_axis_bins.SetTextSize( 0.05 );
markerh.SetMarkerStyle(25);
markerh.SetMarkerColor(kViolet);
markerh.SetMarkerSize(1.63); markerh.DrawMarker(0.18,.80);
markerhd.SetMarkerStyle(30);
markerhd.SetMarkerColor(kOrange+7);
// markerhd.SetMarkerSize(1.63); markerhd.DrawMarker(0.18,.74);
markerd.SetMarkerStyle(20);
markerd.SetMarkerColor(kOrange+7);
// markerd.SetMarkerSize(1.63); markerd.DrawMarker(0.18,.86);
markerp.SetMarkerStyle(20);
markerp.SetMarkerColor(kAzure+7);
markerp.SetMarkerSize(1.63); markerp.DrawMarker(0.18,.92);
y_t_axis_bins.DrawLatex( 0.20, 0.92, "This work");
// y_t_axis_bins.DrawLatex( 0.20, 0.86, "COMPASS isoscalar");
// y_t_axis_bins.DrawLatex( 0.20, 0.80, "EMC proton");
// y_t_axis_bins.DrawLatex( 0.20, 0.74, "HERMES deuteron");
TMathText text;
text.SetTextAngle(90);
text.SetTextFont( 132 );
text.SetTextSize( 0.07 );
text.DrawMathText(.05,.64,"\\mathscr{M}^{ p}+\\mathscr{M}^{ \\bar{p}}");
// text.DrawMathText(.05,.64,"\\mathscr{M}^{p}_{r}+\\mathscr{M}^{\\bar{p}}_{r}");
c_can2->Print("./figures/Mult_p_sum.eps");
// c_can2->Print("./root_files/Mult_sum_hermes.root");
//ratio
// TH2F *rmAxis = new TH2F("rmAxis","",100,0.,1,100,0,18);//-0.2,3.7
TH2F *rmAxis = new TH2F("rmAxis","",100,0.,1,100,1.7,3.5);//-0.2,3.7
rmAxis->GetYaxis()->SetLabelSize(0.06);
rmAxis->GetXaxis()->SetLabelSize(0.06);
rmAxis->GetYaxis()->SetTitleSize(0.065);
rmAxis->GetYaxis()->SetTitleOffset(0.9);
rmAxis->GetYaxis()->SetLabelOffset(0.01);
rmAxis->GetXaxis()->SetTitleSize(0.06);
rmAxis->GetXaxis()->SetLabelOffset(-0.007);
TCanvas *c_can5 = new TCanvas("c_acc5", "Pion ratio (x) compass, hermes data",970,650);//
TPad *spad1 = new TPad("spad1","The first subpad",0.0,0.01,1,1);
c_can5->SetFillStyle(4000);
c_can5->SetFrameFillStyle(4000);
spad1->SetFillStyle(4000); //will be transparent
spad1->SetFrameFillStyle(4000);
spad1->Draw();
spad1->cd();
gPad->SetLogx();
rmAxis->Draw("axis");/*dsys_ratio->Draw("3");*/ psys_ratio->Draw("3"); /*hsys_ratio->Draw("3"); hsys_ratiob->Draw("3"); hdsys_ratio->Draw("3"); hdsys_ratiob->Draw("3"); dmult_ratio->Draw("P");*/pmult_ratio->Draw("P"); /*hmult_ratio->Draw("P");*//*hdmult_ratio->Draw("P")*/;
c_can5->cd();
y_t_axis_bins.SetTextAlign(12);
y_t_axis_bins.SetTextSize( 0.065 );
y_t_axis_bins.DrawLatex( 0.93, 0.05, "#font[ 12]{x}");
y_t_axis_bins.SetTextSize( 0.05 );
// markerh.DrawMarker(0.18,.80);
// markerhd.DrawMarker(0.18,.74);
markerp.DrawMarker(0.18,.92);
// markerd.DrawMarker(0.18,.86);
// y_t_axis_bins.DrawLatex( 0.20, 0.86, "COMPASS isoscalar");
y_t_axis_bins.DrawLatex( 0.20, 0.92, "This Work");
// y_t_axis_bins.DrawLatex( 0.20, 0.80, "EMC proton");
// y_t_axis_bins.DrawLatex( 0.20, 0.74, "HERMES deuteron");
text.DrawMathText(.05,.65,"\\mathscr{M}^{ p}/\\mathscr{M}^{ \\bar{p}}");
// text.DrawMathText(.05,.65,"\\mathscr{M}^{p}_{r}/\\mathscr{M}^{\\bar{p}}_{r}");
c_can5->Print("./figures/Mult_p_ratio.eps");
// c_can5->Print("./root_files/Mult_ratio.root");
}